BS Computer Engineering | Pangasinan State University Urdaneta Campus

College of Engineering and Architecture

The Computer Engineering Department is home to highly qualified educators that are committed to honing students to become world-class computer engineers.

As more and more sectors are becoming dependent on computer technology, the COE Department will continue to keep abreast of the latest computer technology, in order to better equip the learners with vast knowledge preparing them to be of service to the community.

The Computer Engineering Department takes it as a responsibility to educate students with the desire to improve the quality of their family lives and the people in the community. The members of the faculty work without let up, as they believe that giving quality education is a noble way to make a difference in society.

Recognition

Accreditation Status: AACCUP LEVEL II Re-accredited

Nature of the Field of Study

The Bachelor of Science in Computer Engineering (BSCpE) is a program that embodies the science and technology of design, development, implementation, maintenance and integration of software and hardware components in modern computing systems and computer-controlled equipment.

Program Educational Objectives

Three (3) to five (5) years after graduation, graduates of the Bachelor of Science in Computer Engineering program should;

be globally competitive in the field of Computer Engineering;
be equipped with necessary and relevant technical competencies that are contributory to national development.
be able to demonstrate managerial and leadership roles in their organizations and multi-sectoral communities.
be able to exhibit high levels of professionalism and ethical responsibility and work collaboratively.
be a lifelong learner that are imbued with the Pangasinan State University core values

Program Outcome

GRADUATE ATTRIBUTES	PROGRAM OUTCOMES	PERFORMANCE INDICATORS
People’s Champion Continuous-Innovative Learner Community Developer	PO 1. Demonstrate through institutional mechanisms, systems, policies, and processes which Pare reflective of transparency, equity, participatory decision making, and accountability – ILO	Follow the Engineering and Architecture laws and code of ethics. Perform given tasks with adherence to professional and ethical standards. Demonstrate commitment to teamwork while working with others in multidisciplinary teams
	PO 2. Engage in relevant, comprehensive, and sustainable development initiatives through multiple perspectives in decisions and actions that build personal and professional credibility and integrity. – ILO	Obtain knowledge and information which focuses on how global, economic, environmental, and social issues impact the design of an engineering and Architecture project. Active membership in professional organization and active participations in the various activities relating to the Engineering and Architecture Profession. Perform given tasks with adherence to professional and ethical standards.
	PO 3. Set challenging goals and tasks with determination and sense of urgency which provide continuous improvement and producing quality outputs leading to inclusive growth. – ILO	Propose and defend an engineering and architecture project. Defend the impact of the proposed project in a global, economic, environmental, and societal context. Allocate time for personal and professional development thru participation in technical seminars and workshops, read engineering materials regularly, and engage in engineering research and pursue graduate studies. Active membership in professional organization and active participations in the various activities relating to the engineering and architecture profession. Recognize the need in life-long learning and to engage in continuing professional development of engineering skills locally or globally through participation in conferences, seminars, workshops and self-study.
	PO 4. Exhibit life-long learning and global competency proficiency in communication skills, inter/interpersonal skills, entrepreneurial skills, innovative mindset, research and production initiatives and capability in meeting the industry requirements of local, ASEAN and international human capital market through relevant and comprehensive programs.- ILO	Obtain knowledge and information which focuses on how global, economic, environmental, and social issues impact the design of an engineering project. Recognize the need in life-long learning and to engage in continuing professional development of engineering skills locally or globally through participation in conferences, seminars, workshops and self-study. Active membership in professional organization and active participations in the various activities relating to the Engineering profession.
	PO 5. Display, socially and environmentally responsive organizational culture, which ensures higher productivity among the university constituents and elevate the welfare of the multi-sectoral communities. – ILO	Design solutions for complex engineering problems and design systems, components or processes that meet specified needs with appropriate consideration for public health and safety, cultural, societal and environmental considerations. Active membership in professional organization and active participations in the various activities relating to the engineering profession. Demonstrate commitment to teamwork while working with others in multidisciplinary teams
	PO 6. Practice spiritual values and morally upright behavior which promote and inspire greater harmony to project a credible public image.- ILO	Be familiar with the code of ethics for engineers and apply and behave according to this code of professional practice. Perform given task with adherence to professional and ethical standards Act professionally and ethically and recognize the impact of liability issues in engineering projects that upholds the dignity of the engineering profession
	PO 7. Graduates of State Universities and Colleges and Local Universities and Colleges must, in addition, have the competencies to support “national, regional and local development plans”.(RA 7722). (CMO 92, series 2017). – ILO	Apply professional and ethical responsibility (e.g., safety, environmental, legal, regulatory, intellectual property, project management, risk management). Preserves the ethical and integrity of the Engineering and Architecture profession Develop a sense of professional responsibility & leadership in a multidisciplinary setting.
	PO 8. Articulate and discuss the latest developments in the specific field of practice (PQF Level 6 Descriptor).	Adapt innovations which focuses on the social and global impact in the engineering industry. Apply improvements in engineering and architecture practice. Integrate developments through involvement in research and extension activities.
	PO 9. Effectively communicate orally and in writing using Mother Tongue, English and Filipino.	Discuss professional oral and written presentation effectively. Express engineering and architecture ideas orally through written means. Propose and defend engineering and architecture projects
	PO 10. Work effectively and independently in multi-disciplinary and multi-cultural teams (PQF Level 6 Descriptor).	Demonstrate commitment to teamwork while working with others in multidisciplinary and multi-cultural teams Perform effectively in multi-disciplinary projects and other areas of specialization. Execute group works, experiments, and projects.
	PO 11. Act in recognition of professional, social, and ethical responsibility.	Apply professional and ethical responsibility (e.g., safety, environmental, legal, regulatory, intellectual property, project management, risk management). Preserves the ethical and integrity of the Engineering and Architecture profession. Develop a sense of professional responsibility and leadership in a multidisciplinary setting.
	PO 12. Preserve and promote “Filipino historical and cultural heritage” (based on RA 7722)	Promote and apply environmental laws and regulations as provided by the National Building Code of the Philippines. Incorporate multi-sectoral equality on design considerations Ensure elevated welfare of university constituents in design practice for higher productivity.
	PO 13. Contribute to the generation of new knowledge by participating in various research and development projects.	Involve in engineering and architecture technical research studies to develop personal growth. Engage in various development projects to augment professional knowledge in the field of specialization. Demonstrate new ideas by utilizing the new software and technologies.
People’s Champion Continuous-Innovative Learner Community Developer	PO a. Solve complex engineering problems by applying knowledge of mathematics and science	Analyze engineering problems using mathematics and conceptual framework. Apply fundamental concepts and theories of science in solving engineering problems. Execute mathematics and civil engineering calculations and analysis.
	PO b. Design and conduct experiments as well as to analyze and interpret data	Conduct experiments and testing utilizing the latest equipment and software. Analyze and interpret results in the laboratory setting. Analyze and interpret data and use engineering judgement in drawing conclusions to articulate civil engineering ideas or problems through drawings or diagrams effectively.
	PO c. Design a system component or process to meet desired needs within realistic constraints in accordance with standards	Design structures which conform with the National Structural Code of the Philippines (NSCP) and National Building Code. Design the evaluation of structures to determine its risks during flood and earthquake. Perform risk assessment of structures to address future problems to have sustainable environment.
	PO d. Function in multi-disciplinary and multi-cultural teams.	Demonstrate commitment to teamwork while working with others in multidisciplinary and multi-cultural teams Function effectively in multi-disciplinary projects and civil engineering areas. Engage in group works, experiments, and projects.
	PO e. Identify, formulate and solve complex problems in Civil Engineering	Assess engineering calculations manually and by use of applicable software. Apply proper and accurate transformations of science and engineering problems into solvable mathematical models. Apply academic theory into civil engineering proposals to solve engineering problems Solve problem using engineering methods, tools and instruments.
	PO f. Understand professional and ethical responsibility	Exemplify integrity, reliability, and professional commitment in every aspect of the civil engineering profession. Demonstrate professional conduct by not engaging in any bias, prejudice, and conflict of interest act. Can explain the Civil Engineering Code
	PO g. Communicate effectively;	· Communicate professional oral and written presentations effectively. · Formulate civil engineering ideas orally and through written means effectively.
	PO h. Innovative engineering solutions that will bring impact in a global, economic, environmental, and societal context	Obtain knowledge and information which focuses on how global, economic, environmental, and social issues impact the design of a civil engineering project. Research and construct engineering solutions to project studies related to economic, environmental, and societal context. Analyze and apply civil engineering theories, latest technologies, and best practices as engineering solutions to project studies related to economic, environmental, and societal context.
	PO i. Engage in life-long learning and keep abreast with the developments in Civil Engineering;	Engage in technical research, extension programs, seminars, and workshops to develop personal growth and uplift professional development. Active membership and participation in a professional organization relating to civil engineering profession. Recognize the need of life-long learning and to engage in continuing professional development of engineering skills locally or globally through participation in conferences, seminars, workshops and self-study.
	PO j. Know contemporary issues	Demonstrate peer-recognized expertise together with the ability to articulate that expertise and use it for contemporary issues in civil engineering projects. Identify optimum systems capable of meeting the needs of construction industry in solving engineering problems. Identify advanced engineering techniques and tools needed in civil engineering practice.
	PO k. Use techniques, skills, and modern engineering tools necessary for Civil Engineering practice	Illustrate appropriate software in civil engineering design Perform engineering calculations by use of modern tools, equipment, software needed for engineering practice. Utilize techniques and skills using modern engineering methods and tools needed in civil engineering practices.
	PO l. Know and understand engineering and management principles as a member and leader of a team, and to manage projects in a multidisciplinary environment	Apply fundamental concepts and theories of science in solving engineering problems. Demonstrate commitment to teamwork while working with others in multidisciplinary teams
	PO m. Understand at least one specialized field of civil engineering practice	Evaluate the design of a complex system of a complex system o process, or evaluate the validity of newly created knowledge within a specialized area of civil engineering.

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